Precision transmission high stability aluminum wheel synchronous wheel

Synchronous wheel is a key precision transmission component in the field of mechanical transmission, widely used in various scenarios that require precise transmission, such as automation equipment, textile machinery, printing equipment, laser cutting equipment, medical equipment, and automotive power systems.

It usually consists of a wheel body (including a ring gear), a hub, and connecting structures (such as spokes, spokes, or solid structures), where the tooth profile on the wheel body is the core feature and needs to be accurately matched with the tooth profile of the synchronous belt to ensure the accuracy of transmission.

The commonly used materials for synchronous wheels need to be selected comprehensively based on transmission requirements, environmental adaptability, and cost:

aluminum alloy is one of the mainstream materials, which combines lightweight, corrosion resistance, and good mechanical strength, and can effectively reduce equipment operating energy consumption. It is widely used in precision transmission scenarios with low to medium loads.